iPexpert's CCIE R&S Video on Demand Course is designed for CCIE Routing & Switching candidates who wish to learn about the protocols and technologies included in the CCIE R&S Lab exam blueprint in the comfort of their own home and at their own pace.

Table of Contents

Below, you will find the topics, technologies and protocols that are currently included in iPexpert's CCIE R&S Video on Demand Course. We're quite confident that you won't find a more thorough, up-to-date product on the market!

Day One Lectures

Introduction to the course / Course objectives

Open Ended Question Preparation

Bridging & Switching

STP algorithm review

STP path manipulations

STP timers and manipulations

Bridging on routers

interface range commands

Macros

VLANs

VTP modes

Legacy STP additions (pre-802.1w)

L3 Interfaces & SVIs

MST

RSTP

Trunking

Etherchannels

Switch port modes

Voice VLAN

Flex Links

L2 Tunneling

Q-Q Tunneling

Switch Security / Misc.

VLAN Access-Maps

Mac Access-Lists

DHCP Snooping

Source Guard

Port Security

Dynamic ARP Inspection

Storm-Control

SDM Changes

Private VLANs

UDLD

802.1x

Monitor Sessions

802.1ab

Online Diagnostics

Frame-Relay

Frame-Relay interfaces

Physical

Point-To-Multipoint Sub-Interface

Point-To-Point Sub-Interface

Frame-Relay L3/L2 Address Resolution Methods

Inverse ARP

Static mappings (frame-relay maps)

Back-To-Back Frame-Relay

IETF and Cisco frame mode

Frame-Relay DE

Frame-Relay Congestion Management (BECN/FECN)

Frame-Relay Multilink (MFR)

PPP Over Frame-Relay (PPPoFR)

PPP Over MFR

Frame-Relay Compression Techniques

PPP

PPP Phases and Exchanges

PPP Authentication

PPP Multilink

PPP Over Ethernet (PPPoE)

Day One Configuration Videos

Basic Switching Configurations

Trunk Configurations

Static 802.1Q Trunks

Static ISL Trunks

Dynamic Negotiated Trunking

VLAN Pruning

Etherchannel Configurations

Static Etherchannels

PaGP Configuration

LACP Configuration

VTP Configurations

Server

Client

Transparent

Extended VTP Options

Spanning-Tree Protocol

Spanning-Tree modes

PVSTP+

RSTP

MST

Spanning-Tree L2 Path Manipulations

Spanning-Tree Cost

Spanning-Tree Priority

Manipulating traffic flow via STP changes

L2 Tunneling & Q-Q Tunneling

L2 Tunneling

CDP

Q-Q Tunneling

Tunneling Trunks over a Q-Q tunnel topology

Tunneling Etherchannels over a Q-Q tunnel topology

Tunneling STP over a Q-Q tunnel topology

Advanced Switching & Switch Security

Bridging Over Frame-Relay Configuration

DHCP Snooping Configuration & Debugging

VLAN Access-Maps Configuration

Private-VLANs Configuration

Basic Frame-Relay Configurations

Physical Frame-Relay Interface

Point-To-Point Sub-Interfaces

Point-To-Multipoint Sub-Interfaces

L3/L2 Address Resolutions Methods

Frame-Relay Maps

Inverse-ARP

Encapsulation Methods

Cisco

IETF

PPP Configurations

PPP Authentication

PAP Configuration

CHAP Configuration

EAP Configuration

PPP Multilink Configuration

IPCP

Day Two Lectures

General Routing Concepts

ODR

OSPF

Peerings & Basics

OSPF Area Types

OSPF Authentication

Virtual-Links

OSPF Metrics

OSPF Misc. Features

OSPF Filtering

RIP

EIGRP

BGP

BGP Basics & Peerings

Synchronization

BGP Next-Hop Issues

BGP Address Families

PE-CE Routing

PE-PE Routing

Avoiding Becoming A Transit AS

BGP Communities

BGP Regular Expressions

BGP Decisions & Manipulations

Route Reflectors

Confederations

Prefix-Lists

BGP Dampening

Aggregation

Conditional Advertisements

Multipath BGP

BGP OER/PFR

Redistribution

Route-Tagging

Loop Avoidance

Misc. Routing

PBR

GRE Tunnels

Day Two Configuration Videos

OSPF Basic Configurations

Basic Peerings

OSPF Authentication

OSPF Over Frame-Relay

Redistribution

OSPF Stub Area Configurations

Stub Area Configuration

Totally Stub Area Configuration

NSSA Configuration

Totally NSSA Configuration

Stub Area Filtering & Manipulations

OSPF Advanced Configurations

Inter-Area Filtering

Distribute-Lists

NSSA Filtering

OSPF Metrics & Path Manipulations

Virtual-Llinks

Cascaded Virtual-Links

Summarization

Area Range

Summary-Address

Fast Hellos

Forward-Address

Forward-Address Suppression

RIP Configurations

Passive Interface

Unicast Updates

Broadcast Updates

Triggered Updates

RIP Authentication

Default-Route Injection

RIP Timers

RIP Path Manipulation

RIP Summarization

Secondary Addresses & RIP

EIGRP Configurations

Basic Peerings

EIGRP Authentication

Redistribution

EIGRP Summarization

Equal Cost Load-Balancing

Unequal Cost Load-Balancing

Distance Manipulations

EIGRP Bandwidth-Percent

Manually Calculating an EIGRP Metric

Manipulating Metrics And Traffic Paths

EIGRP Stub Routing

Redistribution & Misc. Routing Configurations

Three-Way Mutual Redistribution

Route-Tagging

Distance Manipulation

PBR

Local PBR

GRE Tunnels

BGP Basic Configurations

eBGP Peerings

iBGP Peerings

Next-Hop Self

Synchronization Example

Identifying Unknown AS & IP Address

Advertising Networks

BGP Aggregation

Summary-Only Option

Suppress Maps

AS-SET Option

BGP Route-Reflectors & Confederation Configurations

Route-Reflector Configurations

Redundant Route-Reflectors

BGP Peer-Groups

Confederation Configurations

BGP Filtering & Path Manipulation Configurations

Manipulating The Path Of Traffic Leaving An AS

Manipulating The Path Of Traffic Entering An AS

Avoiding Becoming A Transit AS

Prefix-Lists

Distribute-Lists

Route-Maps

Local-AS Option

Day Three Lectures

MPLS

MPLS Header

MPLS Label Distribution Methods

LDP

TDP

RSVP

MPLS Label Stacking

LDP Configuration

MPLS Label Assignment Process

Conditional LDP

LDP Autoconfig

LDP Timers

LDP Updates

LDP Authentication

MPLS Accounting

PHP

MPLS L3 VPN

RD & RT

VPNv4 Prefixes

VPN Label Assignment

VRF Configuration

VRF RT Import/Export

MBGP VPN Filtering

MBGP VPN RT Rewrite

PE-CE Routing

RIP

EIGRP

OSPF

BGP

PE-PE Routing

AS-Override

SOO

VPN Internet Access

VRF Route Leaking

Multicast Operations

PIM Dense-Mode

PIM Sparse-Mode

Rendezvous Points

Static Assignment

Auto-RP

BSR

Multicast Borders

Multicast MPLS VPN

Multicast VRF

MVPN Configuration

Inter-Domain Multicast

MSDP

MBGP w/ Multicast Address-Family

Source-Specific Multicast (SSM)

SSM Configuration

Multicast Over Frame-Relay

Joining Multicast Groups

Multicast Stub Routing

Multicast à Broadcast Conversion

Broadcast à Multicast Conversion

IP Mroute

PIM DR

Multipath Multicast

Multicast Address Scopes

Anycast

Bi-Directional PIM

Configuration

Phantom RP

MRM

IP & IOS Services

DHCP Server

DHCP Client

NAT

IP Accounting

IP Event Dampening

WCCP

FHRP

HSRP

VRRP

GLBP

Tracking

IP SLA Tracking

IRDP

NTP

Peer Mode

Master Mode

Client Mode

Broadcast Mode

Authentication

SNMP

SNMPv3

RMON

Netflow

Control-Plane Policing

Policing

Protection

Logging

Misc. Telnet Services

Core Dumps

Archive Command

KRON

EEM

Day Three Configuration Videos

Basic MPLS

Enabling MPLS

Configuring LDP

Authentication

Label Ranges

Investigating An LSP

Investigation Of PHP

Implicit NULL

Explicit NULL

MPLS Over Frame-Relay

OSPF Implications

Loopbacks

Point-To-Multipoint OSPF

VRF-Lite

Configuration Of An End-To-End VRF-Lite Network

MPLS L3 VPN

PE-CE Routing

RIP

EIGRP

BGP

PE-PE Routing

MP-iBGP

BGP Free Core

VRFs

Redistribution

Multicast

PIM Sparse-Mode

PIM NBMA-Mode

Auto-RP Configuration

BSR Configuration

Static RP Configuration

Joining A Multicast Group

PIM DR Configuration

MRM Configuration

IOS Services Configuration

DHCP Server

DHCP Client

NAT Examples

WCCP

HSRP

VRRP

GLBP

Tracking

NTP Configurations

Master Mode

Client Mode

Broadcast Mode

Authentication

Day Four Lectures

Security

AAA

Login DoS Protection

Console Port Security

IOS Firewall

Virtual Fragmentation Reassembly

CBAC

TCP SYN Protection

Alerts & Audits

PAM

HTTP Inspection Engine

Application Inspection

Java Applet Blocking

URL Filtering

IOS Zone-Based Firewall

Restrictions

Parameter Maps

Example

Zone-Based Firewall URL Filtering

Hash Table

Transparent IOS Firewall

IOS IPS

Configuration Example

Advanced Configurations

Access-Lists

Standard ACL

Extended ACL

Reflexive ACL

Time-Based ACL

Lock N’ Key Security

Important ACL Ranges

Object-Groups In ACLs

Flexible Packet Matching

Access-Lists & Binary Operations

Unicast RPF

IP Source Tracking

Quality Of Service (QoS)

RFC791 & The ToS Byte

IP Precedence Values

Differentiated Services (DSCP)

AF PHB

AF PHB & DSCP Conversion

EF

Queuing

FIFO

Weighted Fair Queueing

Priority Queueing

Custom Queueing

CBWFQ/LLQ

Policing & Shaping

GTS

FRTS

MQC Based Policing/Shaping

Fragmentation

Frame-Relay Fragmentation

CAR

RSVP

MQC Configurations

Class-Maps

Policy-Maps

NBAR

Auto-QoS For The WAN

Auto-QoS For The LAN

3560 QoS

CoS & DSCP Maps

Examples

3560 Interface Output Queues

Priority Queue

SRR Queuing

Shaped

Shared

3560 Policing

Aggregate Policer

IPv6

History Review

IPv6 Over Ethernet

IPv6 Header

IPv6 Addressing

IPv6 Address Spaces

Link-Local

Site-Local

Unique-Local

EUI-64 Addressing

IPv6 Transitioning

IPv6v4 Tunnels

IPv6 Multicast

MLD

Addressing

IPv6 BSR

IPv6 Basic Configurations

EIGRPv6

OSPFv3

IPv6 GRE Tunnels

IPv6 6to4 Relay Configuration

IPv6 NAT

IPv6 Neighbor Discovery

Day Four Configuration Videos

Security

AAA

802.1x

Login Protection

Console Port Security

IOS Firewall Configuration (CBAC)

Zone-Based Firewall Configuration

Parameter Maps

Reflexive ACL Configuration

Time-Based ACL Configuration

Lock N’ Key Configuration

Object-Groups Configuration

Unicast RPF Configuration

QoS Configurations

Priority Queueing Configuration

Custom Queueing Configuration

CBWFQ Configuration

Policing & Shaping

Frame-Relay Traffic-Shaping (FRTS) Configuration

General Traffic-Shaping (GTS) Configuration

CAR Configuration (Rate-Limit)

MQC Shaping/Policing Configuration

NBAR

3560 QoS

Output Queues

Aggregate Policer

CoS & DSCP Map Configurations

SRR Queuing Configuration

IPv6

IPv6 Interface Configurations

IPv6 Over Frame-Relay Configurations

EIGRPv6 Configuration

OSPFv3 Configuration

IPv6 Redistribution

IPv6 GRE Tunnel Configuration

iPexpert's Client Support Techniques

Although this product is specifically designed to be utilized as a self-study learning tool, iPexpert clients are never left on their own. Our commitment to top-notch customer support is a cornerstone of our mission statement.

Many CCIE training entities promise support on their forums or within their communities. iPexpert is different. We go above and beyond our competition by being available to support you in many different ways.

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You can be confident that iPexpert will stand by your side from the beginning of your CCIE preparation until you earn your numbers! CCIE certification is a long journey. Having helped over 3,200 CCIE actually pass the real CCIE Lab exam, iPexpert knows what it takes to get you there and we are dedicated to your success!

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From the accuracy and thoroughness of the material to the flow from topic to topic, our years of product refinement are evident throughout. That said, because we are constantly striving to improve, our Instructors may revise the materials you purchase. Whether the wording of single question is changed or an entire section is replaced, you will receive online access to the revised material at no charge.

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To Be Determined Policy

To be determined (TBD) registrations are often requested when there is a promotion or special pricing available. These TBD registrations must be paid in full within 30 days of purchase. Payment plans are not accepted for TBD students. If purchase is initiated by purchase order, countdown begins at the date full payment is received.

Classes must be scheduled and taken within twelve (12) months from purchase date. If the class has not been scheduled or taken by the beginning of the thirteenth (13) month, the registration will be forfeit.

Rescheduling will be limited to two (2) additional times during that twelve (12) month period with the class date no more than three (3) months from the current date.

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